9711_DART wordmark-01

Where procedure meets technology

Helping restore mobility through Mako SmartRobotics™ and our comprehensive implant portfolio to address patient indications and our customer needs.

Procedural overview


Direct Anterior Reconstructive Technique


The Direct Anterior Approach is one of the minimally invasive techniques used in total hip replacement surgery. Continuing orthopaedic experience suggests that this technique may be associated with reduced muscle damage and pain, as well as faster post-operative recovery.

Traditional hip replacement techniques involve operating from the side (lateral) or the back (posterior) of the hip, which requires a disturbance of the joint and connecting tissues and an incision approximately 8-12 inches long.2 In comparison, the Direct Anterior Approach requires an incision that may be 3-4 inches in length and located at the front of the hip.2 In this position, the surgeon does not need to detach any of the muscles or tendons.2 The table below illustrates the key potential benefits between traditional replacement and the Direct Anterior Approach.

Surgical Considerations
Traditional Hip Replacement Direct Anterior Approach
8–12-inch incision² May be a 3–4-inch incision²
Surgical approach - side (lateral) or back (posterior)² Surgical approach - front (anterior)²
Disturbance of the joint and connecting tissues² Associated with reduced muscle damage²


VeraSense clinical research summary

View DART Surgical Technique


Medical Education 

Medical education tailored to you


Stryker delivers a robust direct anterior education and trainings on the safe and effective use of our products, incorporating the latest and most relevant clinical insights and procedural innovations. With our faculty experts from all around the country, our tailored programs are designed to help enhance and elevate surgeon skills at any point of your direct anterior learning curve!

Interested in attending a Direct Anterior course? Please click the image below:




The Insignia hip stem leverages more than 1,300 CT scans, utilizing a 3D modeling and analytics system, Stryker Orthopedic Modeling and Analytics (SOMA) bone database, and is engineered to optimize fit and function.1 Founded on Stryker’s signature principles of implant fit, Insignia® is your collared, metaphyseal-filling hip stem designed specifically for muscle-sparing approaches.

Learn More

Accolade II

Morphometric wedge femoral stem, an evolution of your conventional tapered wedge stem that is SOMA-designed for today’s diverse THA patient population.

Learn More


The Exeter cemented femoral hip system is designed for surgeons who are looking to perform all hip indications - primary, revision and fracture - with a single proven system.

Learn More

Restoration® Modular

Make the most of your revision cases with a clinically-backed platform that is designed to leverage versatility and simplicity to help you achieve desired revision THA outcomes.

Learn More


Trident II

Have confidence in a powerful combination–a system that builds on the legacy that has defined our Trident brand for more than two decades, paired with the latest additive manufactured Tritanium In-Growth Technology or PureFix HA.

Learn More

Modular Dual Mobility

Modular Dual Mobility is a premium acetabular offering designed to help prevent dislocation. The system builds upon our Anatomic Dual Mobility offering by providing you a choice of fixation surfaces and screwhole configurations for primary or revision THA.

Learn More

Mako SmartRobotics™
Elevate your Direct Anterior approach with Mako Total Hip
MicrosoftTeams-image (2)1

It all starts with a CT scan that creates a 3D image of your patient’s unique anatomy. This information allows you to create your patient’s plan and assess and balance the joint.

Direct Anterior streamlined instrumentation

Femoral tray system

Stryker’s femoral tray system is built for efficiency. One general hip instrument tray is compatible across three femoral stems (Insignia, Accolade II, Exeter), allowing for minimal tray usage and cross-compatibility. 

Streamlined instrumentations and fewer trays can help lower sterilization costs and create a system more suitable for today’s health care environment, including Ambulatory Surgery Centers (ASC).

Figure 11

Broach handles

Broach handles feature a lever that is designed to actively secure the broach. This designis meant to minimize potential toggle and facilitate reproducibility of bone preparation.Each handle is fully compatible with Accolade II, Exeter, and Insignia femoral systems.

Broach handles
Patient Positioning Equipment

Pivot Guardian Direct

State-of-the-art surgical table accessories spanning six hip procedures.

  • Hip arthroscopy
  • Direct Anterior total hip arthroplasty
  • Hip pinning
  • Hip fractures
  • Periacetabular osteotomy (PAO)
  • Derotational femoral osteotomy (DFO)

Read more

Ambulatory Surgery Center (ASC)


Stryker’s ASC business


Whatever the case, we've got you covered. 

The strategy. The solution. The financing. 

At Stryker, we have more of what you need to build and grow your ASC. By giving you access to our deep portfolio of products, guides who understand the ASC landscape, and ongoing support that makes building and growing feel simple, we deliver tailored solutions for where your ASC is today and could be tomorrow.

The expertise. The products. The financing. The implementation.
Stryker's ASC business delivers it all.

ASC gradient carousel
Let's create solutions
that build and grow your ASC.